What is the P(x)=x^5+5x^1-13x^3-56x^2-108-144 ?

The P(x)=x^5+5x^1-13x^3-56x^2-108-144 is

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P(x)=x^5+5x^1-13x^3-56x^2-108-144

P (x) = x^{5} + 5 x^{1} - 13 x^{3} - 56 x^{2} - 108 - 144

Domain : - \infty < x < \infty

Range : - \infty < f (x) < \infty

X Intercepts : (5.07594 \dots, 0), Y Intercepts : (0, - 252)

Asymptotes : None

Extreme Points : Maximum (0.04396 \dots, - 251.88952 \dots), Minimum (3.71010 \dots, - 965.22098 \dots)

Interval Notation

Domain : (- \infty, \infty)

Range : (- \infty, \infty)

Solution steps

Domain of

x^{5} + 5 x^{1} - 13 x^{3} - 56 x^{2} - 108 - 144 : - \infty < x < \infty

Range of

x^{5} + 5 x^{1} - 13 x^{3} - 56 x^{2} - 108 - 144 : - \infty < f (x) < \infty

Axis interception points of

x^{5} + 5 x^{1} - 13 x^{3} - 56 x^{2} - 108 - 144 :

X Intercepts

: (5.07594 \dots, 0),

Y Intercepts

: (0, - 252)

Asymptotes of

x^{5} + 5 x^{1} - 13 x^{3} - 56 x^{2} - 108 - 144 :

None

Extreme Points of

x^{5} + 5 x^{1} - 13 x^{3} - 56 x^{2} - 108 - 144 :

Maximum

(0.04396 \dots, - 251.88952 \dots),

Minimum

(3.71010 \dots, - 965.22098 \dots)

y = (x + 2)^{\frac{1}{4}}

f (x) = x \cdot ln (x^{2})

f (x) = x^{3} - 5 x + 7

f (o) = arcsin (o)

y = \frac{3 x}{x ^{2} - 4}

What is the P(x)=x^5+5x^1-13x^3-56x^2-108-144 ?
The P(x)=x^5+5x^1-13x^3-56x^2-108-144 is